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Providing food and water security for a population expected to exceed 9 billion by 2050 while conserving natural resources requires achieving high yields on every hectare of currently used arable land suitable for intensification. This is especially relevant for sub-Saharan Africa (SSA), where, u...


Claessens, LievenCassman, Kenneth G.Wart, Justin vanGrassini, PatricioVanlauwe, BernardIttersum, Martin K. vanBussel, Lenny G. J. vanBoogaard, H.Stoorvogel, J.J.Wolf, JoostYang, Haishun[Soil data for yield gap assessment and soil suitability index for sustainable intensification]Soil data for yield gap assessment and soil suitability index for sustainable intensification

A better understanding of the factors that contribute to low cassava yields in farmers’ fields is required to guide the formulation of cassava intensification programs. Using a boundary line approach, we analysed the contribution of soil fertility, pest and disease infestation and farmers’ cultiv...


Kintché, K.Hauser, S.Mahungu, N.M.Ndonda, A.Lukombo, S.Nhamo, N.Uzokwe, Veronica N.E.Yomeni, M.Ngamitshara, J.Ekoko, B.Mbala, M.Akem, C.Pypers, PieterMatungulu, K.P.Kehbila, A.Vanlauwe, Bernard[Cassava yield loss in farmer fields was mainly caused by low soil fertility and suboptimal management practices in two provinces of the Democratic Republic of Congo]Cassava yield loss in farmer fields was mainly caused by low soil fertility and suboptimal management practices in two provinces of the Democratic Republic of Congo

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